RE: https://wikis.world/@quarknova/116262006249339183
This is great news! I was in fact just coming to the realization that Wikipedia should be listed in my human.json file, so this resolution comes just at the right time.
Researcher from 🇫🇷 doing #cryoEM ❄️🔬 at Uppsala University 🇸🇪
Working on cyanobacterial carboxysomes 🦠, still interested in nucleosome 🧬🙃🧬
Mostly science posts and chatter in English, occasionally in French.
Born at 356 ppm.
#StructuralBiology #Biochemistry #Science #AcademicChatter #fedi22
RE: https://wikis.world/@quarknova/116262006249339183
This is great news! I was in fact just coming to the realization that Wikipedia should be listed in my human.json file, so this resolution comes just at the right time.
Some questions for people into #cryoEM and #biochemistry
All pKa values vary with temperature. This is especially apparent with Tris buffer: change of ~ +0.5 pH unit going from room temp to 4°C.
Proton transfers in acid/base equilibria are very fast. Are they faster than vitrification? In other words, does a change of pKa (due to a rapid drop in temperature) of the buffer compound have the time to change the pH of the solution before it is fully vitrified?
There are pH-sensitive fluorophores. Has anyone vitrified and imaged them in a cryo-confocal microscope to determine whether vitrification changed the pH?
#AlphaFoldDB now has binary protein complexes!
https://www.ebi.ac.uk/about/news/technology-and-innovation/first-complexes-alphafold-database/